Take the biggest exponent of the numerator (top) over the biggest exponent of the denomerator (bottom).
<u>n>m:</u> If the numerator exponent is larger than the denominator exponent, then the answer is infinity <em>or negative infinity </em>(which means it has no asymptote)
<u>n<m</u>: If the numerator exponent is smaller than the denominator exponent, then the answer is zero (which means the asymptote is y = 0)
<u>n=m:</u> If the numerator exponent is equal to the denominator exponent, then the answer is the numerator coefficient divided by the denominator exponent. For example: (2x² + .... + ....)/(4x² + .... + ....) ⇒ asymptote is y = → y =
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f(x) = is n>m so there is no asymptote.
Answer: Does Not Exist
Answer:
-x+4, 8-2x e.t.c
Step-by-step explanation:
To be able to do this:
You simply rearrange or you do the same to top and bottom.
So for the first one , if we substitute x we get:
4-1=3
The rearranged one I made which is my first answer would give:
-1+4=3
<span>There are two possible ways where you can express this. First, is by presenting the equation net of 5 percent which is "x=1.0355n+2.6505m". The other way to express such is by presenting it with gross amount which is "x= (1-0.05)(1.09n+2.79m)"
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The formula for finding the slope of a line is y= rise/run.
Using this information, we can plug in the numbers given on the image.
The slope of the blue triangle would be 2(rise)/2(run), which simplifies to 1/1=1.
The slope of the red triangle would be 1(rise)/1(run), which simplifies to 1/1=1.
Seeing as the slopes are equal, the answer choice is C.
Answer:
0
Step-by-step explanation:
y = 6x + 6
y = 6x - 12
Because both equations are equal to y, we can set them equal to each other, resulting in
6x + 6 = 6x - 12
Subtract 6x from both sides to eliminate the x values
6 = -12
This is impossible, so there are no solutions.